Publications

Process-oriented Knowledge Management Concept: An Application for Small and Medium-sized Enterprises within the Structural and Mechanical Engineering Business

Jan-Hendrik Hommel

Master Thesis · FOM University of Applied Sciences

Simulation von Kurzzeitermüdung metallischer Werkstoffe und Strukturen

Jan-Hendrik Hommel

VDM Verlag · ISBN 978-3-639-00648-7

Mechanismorientated Low Cycle Fatigue Simulation of Metallic Materials and Structures

Jan-Hendrik Hommel

PhD Thesis · Institute for Structural Mechanics · Ruhr University Bochum

Analyses of Composed Shell Structures Using an Elasto-plastic Damage Model for Ductile Metals

Jan-Hendrik Hommel

Diploma Thesis · Institute for Structural Mechanics · Ruhr University Bochum

How Negative Feedback Supports Personal Success

Hommel, J.-H.; Gondek, C.

GRIN Verlag

pp. 1–40

Pflichten des Geschäftsführers einer GmbH in der Krise

Hommel, J.-H.; Gondek, C.

GRIN Verlag

pp. 1–41

A Hybrid Modeling Concept for Ultra Low Cycle Fatigue of Metallic Structures Based on Micropore Damage and Unit Cell Models

Hommel, J.-H.; Meschke, G.

International Journal of Fatigue

Vol. 32 (12), pp. 1885–1894

Müde Metalle: Lebensdaueranalysen zyklisch beanspruchter Stahltragwerke

Hommel, J.-H.; Meschke, G.

RUBIN Wissenschaftsmagazin

Sonderheft 2009, pp. 42–49

EAS-concept for Higher-order Finite Shell Elements to Eliminate Volumetric Locking

Hommel, J.-H.; Meschke, G.

International Journal for Numerical Methods in Engineering

Vol. 75 (12), pp. 1416–1434

Application of the EAS-concept to a p-version of the Finite Shell Formulation to Avoid Volumetric Locking

Hommel, J.-H.; Meschke, G.

PAMM – Proceedings in Applied Mathematics and Mechanics

Vol. 5 (1), pp. 411–412

Finite Elements in Shell Analysis: A Comparison of 3D-p- and Higher-order Shell Elements

Becker, C.; Hommel, J.-H.; Meschke, G.

PAMM – Proceedings in Applied Mathematics and Mechanics

Vol. 3 (1), pp. 250–251

Simulation von Schädigungsmechanismen sowie Restlebensdauer metallischer Behälter

Meschke, G.; Hommel, J.-H.

Collaborative Research Center (SFB 398) – Lifetime-Oriented Design Concepts

Report for the Period 2004–2008
Faculty of Civil Engineering
Ruhr University Bochum

Simulation von Schädigungsmechanismen sowie Restlebensdauer metallischer Behälter

Meschke, G.; Basar, Y.; Kintzel, O.; Hommel, J.-H.

Collaborative Research Center (SFB 398) – Lifetime-Oriented Design Concepts

Report for the Period 2002–2004
Faculty of Civil Engineering
Ruhr University Bochum

Mechanism-oriented Simulation of Low Cycle Fatigue of Metallic Structures

Hommel, J.-H.; Meschke, G.

3rd International Conference on Lifetime-Oriented Design Concepts

Bochum, Germany · 12–14 November 2007

Unit-cell and Micropore Damage Models for Low Cycle Fatigue Analysis of Ductile Metals

Hommel, J.-H.; Meschke, G.

IX International Conference on Computational Plasticity

Barcelona, Spain · 5–7 September 2007

Modelling of Low Cycle Fatigue of Ductile Metals: Finite Strain Elasto-plastic Micropore Damage Model vs. Unit Cell Analyses

Hommel, J.-H.; Meschke, G.

9th International Fatigue Congress

Atlanta, USA · 15–19 May 2006

Finite Strain Elasto-plastic Ductile Damage Modelling for Low-Cycle Fatigue Analysis

Hommel, J.-H.; Kintzel, O.; Meschke, G.

1st GACM Colloquium for Young Scientists in Computational Mechanics

Bochum, Germany · 5–7 October 2005

Application of the EAS-concept to a p-version of the Finite Shell Formulation to Avoid Volumetric Locking

Hommel, J.-H.; Meschke, G.

GAMM Annual Meeting

Luxembourg · 28 March – 1 April 2005

A Coupled Elasto-plastic Micropore Damage Model for Low-Cycle Fatigue Analyses of Ductile Metals at Finite Strains

Hommel, J.-H.; Kintzel, O.; Meschke, G.

11th International Conference on Fracture

Turin, Italy · 20–25 March 2005

Simulation of Damage Mechanisms and Lifetime Prediction of Metallic Structures

Kintzel, O.; Hommel, J.-H.; Meschke, G.

2nd International Conference on Lifetime-Oriented Design Concepts

Bochum, Germany · 1–3 March 2004 · Proceedings, pp. 121–130

Finite Elements in Shell Analysis: A Comparison of 3D-p- and Higher-order Shell Elements

Becker, C.; Hommel, J.-H.; Meschke, G.

GAMM Annual Meeting

Padua, Italy · 24–28 March 2003

Prozessoptimierung der Auftragsabwicklung im Rahmen des Überganges vom Individual- zum Serienfertiger in kleinen mittelständischen Unternehmen.

Lukas Gaelings

Master Thesis

Master Course "Maschinenbau"
HMT GmbH & Westfälische Hochschule (Gelsenkirchen/Bocholt/Recklinghausen)

Parametrisierte 3D-Modellierung von Bypass-Kaminen in GuD-Kraftwerken

Alexander Stele

Bachelor Thesis

Bachelor Programme "Mechanical Engineering"
NEM Power-Systems & Münster University of Applied Sciences

3D-Modellierung des Dichtsitzes einer Absperr- und Regelarmatur im Rauchgaskanal einer Gasturbinenanlage

Thomas Borgers

Bachelor Thesis

Bachelor Programme "Mechanical Engineering"
NEM Power-Systems & Gelsenkirchen University of Applied Sciences

Thermische und mechanische Finite-Elemente-Analyse einer mit Sperrluft beaufschlagten Absperr- und Regelarmatur im Rauchgaskanal der Gasturbinenanlage Heizkraftwerk Dresden – Nossener Brücke

Christopher Kreinberg

Bachelor Thesis

Bachelor Programme "Mechanical Engineering"
NEM Power-Systems & Dortmund University of Applied Sciences

Thermische und mechanische Analyse einer mit Sperrluft beaufschlagten Absperr- und Regelarmatur im Rauchgaskanal einer Gasturbinenanlage

Alexander Nieratschker

Bachelor Thesis

Bachelor Programme "Mechanical Engineering"
NEM Power-Systems & Baden-Württemberg Cooperative State University Mannheim

Simulation-Based Lifetime Analyses of Metallic Tanks under Earthquake Loading

Michael Knetsch

Master Thesis

Computational Engineering / Civil Engineering
Institute for Structural Mechanics
Ruhr University Bochum

Micromechanical Calculation of the Ductile Damage Process Using Cyclically Loaded Unit Cell Analyses

Mohsen Gaeini

Master Thesis

Computational Engineering
Institute for Structural Mechanics
Ruhr University Bochum

Numerical Implementation of an Isotropic Finite Strain Elasto-plastic Material Model Formulated in Principal Axes

Madhu Pembarthi

Master Thesis

Computational Engineering
Institute for Structural Mechanics
Ruhr University Bochum

Development of a Postprocessor Interface for the Visualization of Shell Structures within the Framework of a p-Finite Element Formulation

Rasim Shakir

Master Thesis

Computational Engineering
Institute for Structural Mechanics
Ruhr University Bochum

Analytical and Numerical Calculation of General Translation Shells with Special Application to Hypar Shells

Xubang Qin

Master Thesis

Computational Engineering
Institute for Structural Mechanics
Ruhr University Bochum

Multi-layer Shell Elements for the Simulation of Orthotropic Laminates and Incompressible Rubber-like Shell Structures

Rafael Grytz

Diploma Thesis

Civil Engineering
Institute for Structural Mechanics
Ruhr University Bochum